Through The Wall Recording (TTW) - Radar Recording

Air traffic control operators must picture moving targets in three dimensions and manage situations to match their vision of a coordinated airspace. Many tools support them in this challenging task, with most airspace information presented in two dimensions on the surveillance displays.

ANSPs are forced to improve the controller's working process to minimize the workload for traffic routing. Recording of processed and unprocessed TTW data will provide a real-time evaluation of any operator situation. During this reconstruction the situation can be reviewed and optimized for future purpose.

DIVOS 3 log records any ASTERIX-based surveillance data and visualise it. This visualisation is synchronised with any other relevant information, such as audio, data link information or screen captures. Playback visualisation can be through the customer’s own surveillance visualisation tool or through the built-in ASTERIX playback application. As such, DIVOS 3 log provides all the elements required for full incident replay and review.

Multiple resources may be attached to a central recording instance that is able to filter for specific ASTERIX categories or even record all categories if needed

Recorder

Recording of any ASTERIX categories in a generic container format

Simultaneous recording of 60+ radar feeds

Operational security features (including encryption of recordings) to prevent manipulation

Viewer

Playback synchronised with all other recorded media

Support for inclusion of Web Map Services

Display multiple layers containing geospatial vector data

Individual styling using Styled Layer Descriptors

Filter-based layer adjustment

Measurements of angles and distances

Handle and visualise 100,000 tracks per second

Intelligent label de-cluttering

Dynamic density calculations

High-precision overlay of different data types

Visualisation of live, incoming ASTERIX data (category 1, 48, 62)

Trajectory and 3D visualisation

Player

Simultaneous playback of all recorded radar feeds to a remote destination